Consider longitudinal equs: å = Axt+BS with -.01 -32.2 .40 .003 O O -10 -2.8 x is as usual A = B = and 180 -.5 " n= J3 o

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answerhappygod
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Consider longitudinal equs: å = Axt+BS with -.01 -32.2 .40 .003 O O -10 -2.8 x is as usual A = B = and 180 -.5 " n= J3 o

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Consider Longitudinal Equs A Axt Bs With 01 32 2 40 003 O O 10 2 8 X Is As Usual A B And 180 5 N J3 O 1
Consider Longitudinal Equs A Axt Bs With 01 32 2 40 003 O O 10 2 8 X Is As Usual A B And 180 5 N J3 O 1 (23.33 KiB) Viewed 35 times
Consider Longitudinal Equs A Axt Bs With 01 32 2 40 003 O O 10 2 8 X Is As Usual A B And 180 5 N J3 O 2
Consider Longitudinal Equs A Axt Bs With 01 32 2 40 003 O O 10 2 8 X Is As Usual A B And 180 5 N J3 O 2 (61.93 KiB) Viewed 35 times
Consider longitudinal equs: å = Axt+BS with -.01 -32.2 .40 .003 O O -10 -2.8 x is as usual A = B = and 180 -.5 " n= J3 obb لا and
8 is de elevator deflection. Find open loop poles & identify the short period & phugoid modes. in terms of their damping ratio. prequency } natural b) Suppose state feedback 8(t)= Ka (+) is available. Usting formula in notes find the gain matrix K to create CL poles at locations corresponding to modes. 3₁=0.6 7 w₁ = 3 rad/sec and 32=.05 W₂ = 0₁/ rad /sec. where Ji, wi are damping ratios of natural frequencies respectively. of the CC modes 1 = 42. a)
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